Remote therapeutic monitoring has moved from a pandemic-era workaround to a permanent fixture of physical therapy and osteopathic practice. The clinical question is no longer whether telehealth works but where it fits — which patient populations, which conditions, and which points in the episode of care benefit most from a remote or hybrid model. The operational question is how to build a practice that delivers it well without diluting the in-person experience.
What the outcome studies show
The strongest evidence to date supports hybrid models for musculoskeletal rehabilitation: an in-person initial evaluation, periodic in-person reassessments, and remote sessions for exercise progression and education in between. Pure telehealth models perform comparably to in-person care for many low-acuity conditions, including chronic low back pain, knee osteoarthritis management, and post-operative rehab beyond the protection phase. Where pure telehealth underperforms is in conditions requiring frequent hands-on assessment or manual intervention, particularly acute spinal pain and complex neurological cases.
Patient satisfaction with hybrid models consistently exceeds in-person-only care, driven primarily by reduced travel time and scheduling flexibility. Adherence to home exercise programs is meaningfully higher when patients are checked in on remotely between in-person visits, which is unsurprising — accountability is the single biggest driver of HEP compliance, and remote check-ins create accountability cheaply.
Digital intake and screening
A well-designed digital intake form does more than save administrative time; it shapes the clinical encounter. Capture demographics, condition history, red-flag screening, outcome measure baselines (Oswestry, KOOS, DASH, etc.), and patient goals before the first session. Patients who arrive at a video visit with their history already documented use session time for clinical reasoning rather than data entry, and the resulting evaluations are consistently more thorough.
Build red-flag screening into the intake itself rather than treating it as a verbal checklist during the session. Cauda equina symptoms, unexplained weight loss, night pain unresponsive to position, and neurological deficits all warrant in-person evaluation or referral before a telehealth pathway begins. A simple flag in the intake form that routes high-risk patients to in-person scheduling protects both the patient and the practice.
Lighting, framing, and gait analysis
The single biggest predictor of telehealth video quality is lighting. Position the patient with a light source in front of them, not behind, and use a neutral background that does not distract from movement assessment. For gait and functional movement analysis, ask the patient to step back six to eight feet and orient the camera so the full kinetic chain is visible — feet to head. A second camera angle, even a phone propped on a stack of books, dramatically improves the quality of movement assessment.
Pre-session instructions matter. A short setup checklist sent twenty-four hours before the visit — wear form-fitting clothing, clear a six-by-eight foot space, ensure the camera is at hip height for gait — saves five to ten minutes of every session and produces more useful clinical data. Build the checklist once and automate it through the practice management system.
Billing and coding for 2026
CPT codes 98975, 98976, 98977, and 98980/98981 cover remote therapeutic monitoring setup, device supply, and treatment management. Coverage varies by payer and by state, and the regulatory landscape has continued to evolve since the post-pandemic permanent rule changes. Verify each major payer's current policy quarterly, document time spent on remote management precisely (98980 requires twenty minutes of treatment management in the calendar month, 98981 adds increments of twenty), and use the structured note templates in your EHR to ensure compliant documentation. The revenue is meaningful when captured cleanly and unrecoverable when not.